INTRODUCTION

Originally the weaving technique has been used in the craftman’s tradition for small artefacts like baskets, and lately brought in the industry for various new purposes. Since it possess delamination-free and damage tolerant properties, this method can be considered as an alternative but efficient fabrication system. Three dimensional woven structures can be classified according to element interlacement types, having different level of rigidity and geometrical differentiation. These are considered suitable for representing surfaces as generation of form, extremely robust and lightweight. More potential in the architectural field can be achieved through the integration of computational tools for structural purposes, light filtering and new spatial qualities.


BRIEF

The woven timber method develops a novel material system and fabrication process by investigating the relationship between the performance of flexible timber structures and friction based basket weaving methods. Using thin plywood for weaving lightweight structures, the project explores the fabrication with zero framework and jointless architectural material. Optimal levels of friction in the system are achieved by altering the parameters of the interlacing timber strips and strip width. Material properties are applied computationally as design driver from the concept to the physical outcome.

The workshop aims to explore the performance of a ​timber woven lightweight structure through digital fabrication. A thorough understanding the limits and advantages of the elastic bending behavior of the material, inform the design process through form­finding methods and the fabrication techniques. Explore multiaxial patterns and optimise the stress of the curvature through structural simulation and computer­aided manufacturing. The goal is to realise and exhibit a prototype installation in scale 1:1 to activate SBODIO32 Warehouse.


SCHEDULE

Day 1 /  Monday
Introduction on woven structures
Introduction to computational tools (Grasshopper3D, Kangaroo)
Exercises on weaving with paper models

Day 2  /  Tuesday
Introduction to material behavior
Exploring geometries and connections
Testing physically the material
Introduction to structural analysis (Karamba)
Defining criteria for the final design

Day 3  / Wednesday
Application of structural analysis
Testing system performance through prototyping

Day 4  / Thursday
Finalize the global design
Prototyping to tune the production
Process optimization

Day 5 /  Friday
Fabrication

Day 6  / Saturday
Fabrication and Assembly

Day 7 / Sunday
Assembly


REQUIREMENTS

The workshop is open to all participants, no previous knowledge of Rhinoceros and Grasshopper is required (although an introductory knowledge is welcome). Participants should bring their own laptop with a preinstalled software.  The software package needed has no additional cost for the participant (Rhino can be downloaded as evaluation version, Grasshopper and plugins are free). These software products are subject to frequent updates, so a download link to the version used in the workshop will be sent to the participants a few days before the workshop.


WORKSHOP TITLE

WOVEN WOOD |  Computationally informed structures

DATE 

4-10th of April  2016

LOCATION 

Sbodio 32
Fuorisalone, Milan design week, Italy

IN COLLABORATION WITH

SBODIO32
EZGAAT

TUTORS

Djordje Stanojevic
Djordje is an architect expert in digital and robotic fabrication. Master in Integrative technologies and architectural design research ITECH. Worked as student assistant for the ICD in the Robotic Manufacturing Laboratory and in the CasinoIT 3DPlot. Currently at the IAAC as Digital Fabrication and Computational Design Expert.

Georgi Kazlachev
Georgi is an architectural professional with extensive expertise in computational design and digital fabrication. He studied at the Karlsruhe Institute of Technology and at the University of Stuttgart as a part of the Integrative Technologies & Architectural Design Research (ITECH), being involved in various innovative design.

LECTURES

Barbara Piga| Prof. Architectural and Urban Simulation, Politecnico Di Milano

Eugenio Morello | Research Scientist at the Architectural and Urban Simulation – FaustoCurti , DAStU – Politecnico di Milano

 

LOCATION

The workshop is going to take place in SBODIO32, a warehouse at the Ventura Design District in Lambrate area;  one of the most vibrant areas of Milan’s design week. SBODIO32  hosts an exhibition of 800 sqm during Fuorisalone/ Milan Design Week that interacts with the public through a series of events, seminars and workshops. 

PARTICIPANTS

Martin Pilon
Eleni Triantafyllidou
Sun Zhixing
Yang Yeqiu
Sena Akcicek
Chiara Bertossi
Alessandro Giacomelli
Erik Zanetti
stefano meloni
Francesco Maria Massetti
Giulia Bruni Zani

Irene di Stefano
Simone Varani
Maged Magdy
Elena Saccaperni
Giorgio Pernasilici
Pieter De Groeve
Tianjiao Wang
Li Yue
Valentina Winterle
Anton
Diego Garcia

PRICES

EARLY BIRD

350€

Early bird is valid until 10th of March. To register to the workshop please contact:
milandesignweek@sbodio32.com

NORMAL FEE

450€

Normal fee is valid from 11th of March. To register to the workshop please contact:
milandesignweek@sbodio32.com